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Developing therapies for amyotrophic lateral sclerosis (ALS) is difficult. The disease destroys motor neurons, causing progressive weakness, paralysis, and eventually death, and its causes vary...
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Learn how leading researchers are using JAX’s iPSC lines to generate reproducible, scalable, and disease-relevant biological insights while avoiding common pitfalls.
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Charu Gupta, Ph.D., Senior Technical Information ScientistKey PBMC Takeaways: Rapid engraftment: PBMCs engraft in 2-3 days with mature, human-protein expressing T cells. Human-relevant modeling:...
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Watch this webinar to explore how digital phenotyping measures can reveal meaningful changes in animal health and disease progression that may be missed by manual/periodic observation methods.
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Need embryos or pups at a specific developmental stage? Timed matings are one of the most effective tools for generating age-matched cohorts and planning experiments with greater confidence....
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In this webinar, you will learn best practices for study design using JAX ALS models to support your ALS research.
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How many times can an iPSC cell line be split and expanded? While iPSCs can be expanded in culture, extended passaging can introduce changes that affect the reliability and reproducibility of...
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Learn how S15-DKO mice can be used to evaluate tri-specific killer engagers (TriKEs) in the settings of lupus and B cell lymphoma.
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